Effect of planting methods and tillage practices on soil health and maize productivity DOI Creative Commons
Peng Gao,

Hasnain Abbas,

Fa Qiao Li

et al.

Frontiers in Plant Science, Journal Year: 2024, Volume and Issue: 15

Published: Nov. 7, 2024

Introduction To increase the crop yield, amount of agrochemicals used in field has increased recent years. Moreover, indiscriminate use chemical fertilizers led to soil deterioration and compaction. Inclusion straw tillage practices could play an important role improving quality yield. Therefore, we hypothesized that combination return different would result improvement health productivity. Methods Therefore experiment was conducted a split plot design during 2018-2022. They were comprised traditional planting with no return, accompanied by four methods: control (no tillage), rotary (25 cm depth), subsoiling (35 plus + 25 depth). Results showed along enhanced total nitrogen (TN) 9.0%, organic carbon (SOC) 7.5%, microbial biomass (MBC) 6.8%, catalase (S-CAT) 9.6%, urease (S-UE) 4.1%, cellulase (S-CL) 14.5%, sucrase (S-SC) 10.8% maize yield 3.0% compared tillage. Discussion Correlation analysis (i) significantly positively correlated S-SC, S-CL, S-UE, SOC, TN. (ii) S-SC TN, MBC. (iii) TN SOC S-SC. It been concluded coupled is appropriate approach enrich nutrients, enzyme activities,

Language: Английский

Effect of planting methods and tillage practices on soil health and maize productivity DOI Creative Commons
Peng Gao,

Hasnain Abbas,

Fa Qiao Li

et al.

Frontiers in Plant Science, Journal Year: 2024, Volume and Issue: 15

Published: Nov. 7, 2024

Introduction To increase the crop yield, amount of agrochemicals used in field has increased recent years. Moreover, indiscriminate use chemical fertilizers led to soil deterioration and compaction. Inclusion straw tillage practices could play an important role improving quality yield. Therefore, we hypothesized that combination return different would result improvement health productivity. Methods Therefore experiment was conducted a split plot design during 2018-2022. They were comprised traditional planting with no return, accompanied by four methods: control (no tillage), rotary (25 cm depth), subsoiling (35 plus + 25 depth). Results showed along enhanced total nitrogen (TN) 9.0%, organic carbon (SOC) 7.5%, microbial biomass (MBC) 6.8%, catalase (S-CAT) 9.6%, urease (S-UE) 4.1%, cellulase (S-CL) 14.5%, sucrase (S-SC) 10.8% maize yield 3.0% compared tillage. Discussion Correlation analysis (i) significantly positively correlated S-SC, S-CL, S-UE, SOC, TN. (ii) S-SC TN, MBC. (iii) TN SOC S-SC. It been concluded coupled is appropriate approach enrich nutrients, enzyme activities,

Language: Английский

Citations

1